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Rapid Online - Rapid Electronics Ltd.£1.02Visit shop R-TECH 616312 RT32FN Miniature PCB Relay, Non-Latch, SPST-NO, 1For...
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The R-TECH 616311 is a reliable, micro miniature power relay engineered for professionals and hobbyists who need compact, PCB-mountable switching solutions for low-to-medium power electrical circuits. It offers a robust 10A switching capacity in a small form factor, making it ideal for automation, measurement systems, and industrial control, though users should be mindful that it is a non-latching, SPST-NO (Single Pole Single Throw - Normally Open) device intended for specific signal control requirements.
| Series | RT32FN |
|---|---|
| Model Part Number | 616311 |
| Brand | R-TECH |
This relay features an SPST-NO (Single Pole Single Throw - Normally Open) contact configuration.
While primarily used for DC signal switching, refer to the datasheet for specific AC load ratings to ensure compatibility.
No, this is a non-latching relay; it returns to its normally open position when the coil power is removed.
It is highly recommended to place a flyback diode across the coil terminals when driving this relay with a transistor or microcontroller to protect your circuitry from inductive voltage spikes.
Yes, the RT32FN series includes other models such as the 5VDC version (MPN: 616310).
Check coil voltage polarity and ensure the power source provides a steady 12V DC current.
Verify that the load current does not exceed the 10A rating and that the circuit is not experiencing excessive inductive back-EMF.
When installing the 616311 relay, ensure your PCB layout accommodates the pin pitch specified in the technical datasheet to prevent mechanical stress on the component legs. For soldering, use standard lead-free or tin-lead solder with a temperature-controlled iron to avoid damaging the internal coil assembly. To maintain longevity, avoid exceeding the maximum 10A current rating or the rated coil voltage. The device should be protected from harsh environments involving excessive moisture or extreme temperatures that could compromise the integrity of the plastic casing.
